Steroid Powder /finished oil Trenbolone Acetate Tren A / Tren Ace CAS: 10161-34-9 for Bodybuilding

Steroid Powder /finished oil Trenbolone Acetate Tren A / Tren Ace CAS: 10161-34-9 for Bodybuilding

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Quick Detail:

Product nameTrenbolone Acetate
Other nameRevalor-H
CAS register number10161-34-9
EINECS233-432-5
Molecular formulaC20H24O3
Molecular weight312.4
Molecular structure
Assay97.0~103.0%
AppearanceYellow to Pale yellow crystalline powder
Srorageshading,confined preservation

Description:

Trenbolone Acetate is an extremely powerful anabolic steroid and is considered the single greatest anabolic steroid by many performance enhancing athletes. This is one of the most versatile anabolic steroids on the market and can provide benefits quite unlike any other steroid.


Trenbolone Acetate is a 19-nortestosterone (19-nor) anabolic androgenic steroid. The 19-nor classification refers to a structural change of the testosterone hormone in that it lacks a carbon atom at the 19th position. This puts Trenbolone Acetate in the same category as Deca Durabolin (Nandrolone Decanoate). In fact, the Trenbolone hormone itself is simply a modified form of the Nandrolone hormone. The Trenbolone hormone carries a double bond at carbons 9 and 11, which in turn slows its metabolism, greatly increases its binding affinity to the androgen receptor, and inhibits it from aromatizing.


The resulting change makes Trenbolone one of the most potent anabolic steroids of all time. Simply by looking at its structural ratings, we can begin to see how powerful it is. Trenbolone carries an anabolic rating of 500 and an androgenic rating of 500 is well. Such ratings are based on and measured against the ratings of testosterone, which carries a rating of 100 in both categories. Beyond its basic hormone structure, Trenbolone Acetate has the small/short Acetate (acetic acid) ester attached to it. The ester is attached in order to control the hormone's release time post injection. By carrying the Acetate ester, this gives Trenbolone an active half-life of approximately two days. Some data shows its active half-life to be a little less than three days, so forty-eight to slightly less than seventy-two hours would appear to be a good range.


This, obviously, makes Trenbolone Acetate a fairly fast acting steroid and will require injections to take place somewhat frequently in order to maintain stable blood levels. Trenbolone Acetate carries several powerful traits that are commonly associated with numerous anabolic steroids. However, while it carries numerous common traits, it also carries them at a rate of power and efficiency far above and beyond most steroids.


Applications:

Trenbolone acetate is usually used at doses of 35-150 mg/day, and more typically 50-100 mg/day. Masteron is a good choice for this purpose.

As for the higher 150 mg/figure, this generally is used for the purpose of increased nervous system stimulation compared to 100 mg/day rather than for further mass or strength improvements, which are already maximized or very nearly maximized at 100 mg/day.


Most users find 50-75 mg/day to be an ideal dosage range, giving excellent benefit as part of an anabolic steroid stack.


Dosing:

Trenbolone acetate is usually used at doses of 35-150 mg/day, and more typically 50-100 mg/day.The 35 mg figure generally is appropriate only when having high personal sensitivity to trenboloneside effects.When trenbolone usage is this low and an effective cycle is desired, another injectable anabolic steroid should be added.
Masteron is good choice for this purpose. Another different choice is testosterone. As for the higher 150 mg/figure, this generally is used for the purpose of increased nervous system stimulation compared to 100 mg/day rather than for further mass or strength improvements, which are already maximized or very nearly maximized at 100 mg/day.


COA:

TestsAnalysis StandardResults
IdentificationConformConform
Absorbance≤0.30%Conform
Specific Rotation+39°~ +43°+39.5°
Chromatography PurityConformConform
17α-Isomer≤0.50%0.40%
Organic Volatile ImpuritiesConformConform
Loss On Drying≤0.50%0.32%
Residue On Ignition≤0.10%0.01%
Assay97~101%99.02%
ConclusionBe Conform With USP31 Standard